Sodium Alginate Synergises with Copper Ion Deposition on Ldh Surface to Enhance the Fire Resistance of Waterborne Epoxy Coatings

Author:

Wang Mingtan,Xiao Guoqing,Wang Fei,Chen Chunlin,Cao Junjie,Ma Xiyi,Yang Zhenwei,Zou Rui

Publisher

Elsevier BV

Reference39 articles.

1. two peaks located at 132.6 eV and 133.6 eV can be fitted, corresponding to P 2 O 5and P-O-P bonds, respectively[44]. In the spectra of (f) and (g), peaks at approximately 1303.8 eV and 73.8 eV are attributed to the Mg-O and Al-O bonds, providing evidence that metal oxides are formed at high temperatures. Finally, the peak of 931.8 eV is fitted in the spectrum of Cu2p;The N1 spectrum in Fig. 13(b) fits two peaks,2021

2. Phytic acid cross-linked copper ions anchored to BN surface to enhance the fire performance of waterborne epoxy intumescent coatings;F Zhong;Colloids And Surfaces a-Physicochemical And Engineering Aspects,2023

3. Smoke suppression properties of epoxy crosslinked structure and intumescent fire retardant in epoxy-based intumescent fire-retardant coating;P F Chen;Journal Of Applied Polymer Science,2016

4. A novel dendritic polyaniline/phytate@Cu organic-metal composite flame retardant for improving thermal protection of epoxy coatings;F Zhong;Colloids And Surfaces a-Physicochemical And Engineering Aspects,2023

5. Novel pH-responsive self-healing anti-corrosion coating with high barrier and corrosion inhibitor loading based on reduced graphene oxide loaded zeolite imidazole framework;F Zhong;Colloids And Surfaces a-Physicochemical And Engineering Aspects,2022

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